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| function onInit() { | |
| NRF.setTxPower(4); | |
| E.enableWatchdog(120); | |
| } | |
| var f = require("Storage"); | |
| if (getTime() < Number(f.readJSON("my_date"))) { | |
| setTime(Number(f.readJSON("my_date"))+5); | |
| } | |
| var watthours = 0; | |
| var bootUpTime = Date.now(); | |
| var lastpulse = Date.now(); | |
| var pulsetime = 0; | |
| var onCount = 0; | |
| var pulledUp = true; | |
| var watts = 0; | |
| E.setTimeZone(8); | |
| var wattsfromfile = Number(f.readJSON("watt_h")); | |
| if (wattsfromfile > watthours) { | |
| watthours = wattsfromfile; | |
| } else { | |
| f.writeJSON("watt_h",watthours); | |
| } | |
| function update() { | |
| if (Date.now() - lastpulse > 31) { | |
| watts = 0; | |
| } | |
| NRF.setAdvertising([ | |
| 0x0e,0xff,0xa0,0x83, // id | |
| watthours,watthours>>8,watthours>>16,watthours>>24, // total usage | |
| watts,watts>>8, // current usage | |
| Puck.getBatteryPercentage(), // battery % | |
| Number((NRF.getBattery()).toFixed(1))*10, // battery voltage | |
| Math.random()*256|0, // random packet id | |
| 0x00,0x00 // not used | |
| ],{ | |
| name: "PM", | |
| interval: 1000 | |
| }); | |
| } | |
| setInterval(function() { | |
| f.writeJSON("my_date",getTime()); | |
| update(); | |
| }, 30000); | |
| function rate() { | |
| pulsetime = Date.now() - lastpulse; | |
| watts = 3600000 / pulsetime; | |
| watts = Number(watts.toFixed(0)); | |
| lastpulse = Date.now(); | |
| } | |
| function wattReset() { | |
| var d = new Date(); | |
| if (d.getHours()==0 && d.getMinutes()==0 && watthours>100 ){ | |
| watthours = 0; | |
| } | |
| } | |
| function debugme() { | |
| var mydate = new Date(); | |
| print(mydate.toString()); | |
| print("Temperature:"+E.getTemperature()); | |
| print("Battery:"+E.getBattery()); | |
| print("Current power use:"+watts); | |
| print("Total power use:"+watthours); | |
| print("Power on time:"+Math.round(Date.now()-bootUpTime)/1000); | |
| print("Light reading:"+Puck.light()); | |
| print("Wh from file:"+Number(f.read("watt_h"))); | |
| print(process.memory()); | |
| print(getPinMode(D2)); | |
| } | |
| D1.write(0); | |
| setInterval(function() { | |
| if (!pulledUp) pinMode(D2,"input_pullup"); | |
| if (D2.read()) { | |
| onCount = 0; | |
| pulledUp = true; | |
| print("Power meter LED is not stuck"); | |
| } else { | |
| onCount++; | |
| if (onCount>6) { | |
| pulledUp = false; | |
| print(getPinMode(D2)); | |
| print("Power meter LED is STUCK in the ON position for "+onCount*10+" seconds"); | |
| } | |
| } | |
| if (!pulledUp) pinMode(D2,"input_pulldown"); | |
| }, 10000); | |
| clearWatch(); | |
| pinMode(D2,"input_pullup"); | |
| setWatch(function(e) { | |
| if (!pulledUp) return; | |
| wattReset(); | |
| watthours++; | |
| f.writeJSON("watt_h",watthours); | |
| rate(); | |
| update(); | |
| digitalPulse(LED1,1,1); | |
| }, D2, { repeat:true, edge:"falling" }); |
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